Ecotox Environmental News

Fossil Fuel & Cement Giants Linked to Growing Heat Waves Worldwide A new attribution study by ETH Zurich shows that emissions from the top fossil fuel and cement producers are significantly tied to increased frequency and severity of heat waves globally. Key Findings Implications for Communities & Planning How Ecotox Environmental Services Can Help Ecotox’s…

AI-Designed Polymers Could Make Mixed Plastic Recycling Feasible

AI-Designed Polymers Could Make Mixed Plastic Recycling Feasible Researchers from Washington University (St. Louis), UC Berkeley, and NIST have received funding to develop polymers that can be recycled from mixed waste streams back to monomers. Key Insights How Ecotox Environmental Services Can Help Ecotox already has offerings that can support translation of this research into…

“Optical Sieve” Makes Invisible Nanoplastics Visible with a Test Strip

“Optical Sieve” Makes Invisible Nanoplastics Visible with a Test Strip Researchers at the University of Stuttgart (Germany), in collaboration with the University of Melbourne (Australia), have developed a breakthrough detection method for nanoplastics. Dubbed the “optical sieve”, this new tool works like a test strip and allows detection, sizing, and counting of tiny plastic particles…

Global Methane Emissions Keep Rising Fast—Now Trade & Fertilizer Join the Spotlight

Global Methane Emissions Keep Rising Fast—Now Trade & Fertilizer Join the Spotlight A new study from the Universities of Birmingham and Groningen shows global methane emissions continuing their upward trend, with no clear sign of slowing down. The analysis covers emissions from 164 countries and 120 sectors between 1990 and 2023 and highlights how global…

Turning Invasive Weeds into Biofuel: A Sustainable Solution from Australia

Turning Invasive Weeds into Biofuel: A Sustainable Solution from Australia Researchers at the University of Queensland’s Queensland Alliance for Agriculture and Food Innovation (QAAFI) have discovered that invasive plants, particularly Brazilian nightshade and climbing asparagus, can be transformed into market-grade biomass pellets. These weeds contain roughly 25% lignin, comparable to wood, and produce durable, high-energy…

Ultra-Processed Foods: Not Just Unhealthy—Addictive, Too

Ultra-Processed Foods: Not Just Unhealthy—Addictive, Too New research from the University of Michigan makes a compelling case: ultra-processed foods (UPFs)—think chips, soda, cookies—aren’t merely tempting—they can be addictive, meeting the same clinical criteria used for substance-use disorders. The study, published in Nature Medicine, draws on nearly 300 global studies and neuroimaging data to underscore UPFs’…

Sunlight Turns Discarded Face Masks into Chemical Pollution Micro-reactors

Sunlight Turns Discarded Face Masks into Chemical Pollution Micro-reactors A new study from Washington University in St. Louis reveals a concerning environmental interaction: sunlight exposure causes polypropylene face masks to degrade into micro- and nanoplastics, triggering the formation of reactive oxygen species (ROS). In the presence of trace metals like manganese, these particles rapidly develop…

Early Green Space Exposure Linked to Lower Risk of Neurodevelopmental Disorders in Children

Early Green Space Exposure Linked to Lower Risk of Neurodevelopmental Disorders in Children New research from Rutgers University reveals that living nearer to green spaces—before conception, during pregnancy, and in early childhood—is associated with significantly lower risks of ADHD, autism spectrum disorder (ASD), intellectual disabilities, and learning difficulties among children. The protective effect was most…

Solar-Driven Pickering Emulsions: A Sun-Powered Breakthrough for Industrial Wastewater Cleanup

Solar-Driven Pickering Emulsions: A Sun-Powered Breakthrough for Industrial Wastewater Cleanup A creative doctoral study at the Norwegian University of Science and Technology (NTNU) presents a novel technique for purifying industrial wastewater using sunlight and small droplets of oil—offering a sustainable, scalable approach to removing challenging organic pollutants like naphthenic acids found in petrochemical, chemical, and…

We Can’t Recycle Our Way Out of Plastic Pollution: Time to Cut Production Now

We Can’t Recycle Our Way Out of Plastic Pollution: Time to Cut Production Now A new Lancet report, highlighted by Yale Environment 360, delivers a stark warning: recycling alone will not solve the mounting plastic crisis. With 8 billion tons of plastic waste already polluting our planet—and production set to nearly triple by 2060—cutting plastic…